Integrated type air conditioner

ABSTRACT

A structure is provided in which fundamental component parts including a base plate and an outer casing are integrally formed of resin moldings 2 and 3 on the indoor side and the outdoor side, and a bulk head 4 formed of a sheet metal is provided as a partition between the indoor side and the outdoor side, so that the number of fundamental parts is small and that an improvement in quality can be achieved.

DESCRIPTION

1. Technical Field

This invention relates to the construction of an integrated type airconditioner mounted in a sash window or vertical sash, and an assemblymethod and an attachment device for this air conditioner

2. Background Art

In United States of America and other countries, sash windows are widelyused as house windows, and air conditioners of a type to be fitted in asash window are popularly used.

Such a conventional air conditioner will be described below withreference to the drawings.

First, a description will be made with reference to FIGS. 1 to 5. A mainbody 101 of an integrated type air conditioner is composed of a frontgrill 102, an outer casing 103, and an internal unit 104 fitted in theouter casing and capable of being drawn out therefrom. The outer casing103 is a sheet metal component part which has louvers 105 formed in itstop and side surfaces by being cut and raised, to which a wire mesh 106is welded at its rear side, to which connectors 107 and 108 serving asreinforcements are welded at the front and rear sides of its bottom,which is painted for rust prevention, and to which heat insulatingmembers and sealing members are attached for heat insulation andprevention of air leaks. The internal unit 104 is constituted by a baseplate 109 formed of a sheet metal member, and a bulk head 112 whichseparates an outdoor air circuit 110 and an indoor air circuit 111provided on the base plate 109. For the outdoor air circuit 110, thereare provided a condenser 113, a propeller fan 114, a motor 115, a motorbase 116, an air guider 117, a connection frame member 118 forreinforcement of the air guider 117 and the bulk head 112, a condenser119 for forming a refrigerating cycle which is known per se, and acondenser cover 120. The condenser 113 has its two ends screwed to twoends of the air guider 117 and is thereby fixed on the base plate 109.The indoor air circuit 111 is composed of an evaporator 121, waterreceiving tray 122, a scirocco fan 123, a scirocco air guider 124, ascirocco air guider side plate 125, a duct 126 and a top cover 127 forprotecting the duct 126 while maintaining the strength of the bulk head112. A description will now be given of air flows. On the indoor side,indoor air is drawn thereinto through an intake section 128 of the frontgrill 102 by the scirocco fan 123, cooled by the evaporator 121,supplied through the scirocco air guider 124 and the duct 126, and blownout to the indoor side through a blowing grill 129. On the outdoor side,outdoor air is drawn in through an intake opening 130 formed in the rearsurface of the outer casing 103, heated up by the condenser 113,supplied through the air guider 117, and blown out to the outdoor sidethrough the louvers 105. Next, a description will be given ofinstallation. First, an L-shaped plate 128 which overlaps a sash frameis fixed on the top surface of the outer casing 103 with screws. Then agenerally U-like plate 129 is fixed on the bottom surface of the outercasing 103 with screws. Next, mount members (not shown) are fitted inthe L-shaped plate 128 and the U-like plate 129, and the main body 101is set in the window.

In this conventional arrangement, however, all the fundamental structureparts are sheet metal, and the number of necessary component parts islarge. The possibility of occurrence of quality dispersion dependingupon the dimensional accuracy of respective parts and the assemblyaccuracy is high, and an improvement in quality is therefore required.Since the majority of necessary component parts are made of sheet metal,the amounts of materials for rust prevention treatment, heat insulationand so on are large, and there is therefore a need for a reduction inthe number of component parts.

Since the condenser 113 is fixed with screws to the air guider 117 whosesize is determined by the base plate 109, the bulk head 112, theconnectors 107 and 108 and other members, its mounting dimensions arechanged if the accuracy of the size of any one of these component partsis changed. Thus, the possibility of occurrence of a quality dispersionis high, and an improvement in quality is required.

The main body cannot be installed without L-shaped plate 128 and U-likeplate 129, and all these mount parts are attached with the use of screwsby the installer. Therefore the possibility of occurrence of dispersionof the installed condition is high, and accordingly stabilization of theinstalled condition and simplification of installation are required. Forassembly of the main body, parts and screws must be attached in severaldirections, the operational facility is therefore low, and automaticassembly cannot be performed. Thus, labor saving using automaticassembly or the like is required.

DISCLOSURE OF THE INVENTION

According to the present invention, therefore, a base plate and an outercasing are integrally formed as resin moldings on the indoor side andthe outdoor side, and a bulk head formed of sheet metal is provided atthe boundary between the indoor side and the outdoor side, the bulk headengaging at its upper and lower sides with the integrally formed moldingon the outdoor side, the integrally formed molding on the indoor sidebeing engaged with the bulk head.

Further, according to the present invention, a base plate and an outercasing are integrally formed as resin moldings on the indoor side andthe outdoor side, a lower portion of the integrally formed molding onthe outdoor side is extended to the indoor side, and a bulk head formedof a sheet metal is provided at the boundary between the indoor side andthe outdoor side, the bulk head engaging at its upper and lower sideswith the integrally formed molding on the outdoor side, the integrallyformed molding on the indoor side engaging with the bulk head.

Further, according to the present invention, a base plate and an outercasing are integrally formed as resin moldings on the indoor side andthe outdoor side, screw bosses are provided on the rear side of theintegrally formed part on the outdoor side generally at the centerthereof and at the positions where the two side end plates of thecondenser are located, and screw attachment holes are formed in the twoside end plates of the condenser.

Further, according to the present invention, a base plate and an outercasing are integrally formed as resin moldings on the indoor side andthe outdoor side, a bulk head formed of a sheet metal and having anupper end protruding beyond the integrally formed molding on the outdoorside is provided at the boundary between the indoor side and the outdoorside.

Further, according to the present invention, a base plate and an outercasing are integrally formed as resin moldings on the indoor side andthe outdoor side, ribs which define grooves into which a mount device isinserted are provided on the top and bottom surfaces of the integrallyformed molding on the outdoor side, and these ribs are brought intocontact with window members at the time of installation, therebyenabling the main body to be installed in the desired condition.

Further, according to the present invention, all the parts and screwscan be attached and fastened from the indoor side.

The fundamental component parts are formed of resins, and the number ofparts is reduced, so that the part precision and assembly precision areimproved and that the quality is stabilized. The base plate portion onthe outdoor side formed as a resin member is extended to the indoorside, so that condensate produced on the indoor side is collected on theresin base plate. There is therefore no need for a rust preventiontreatment and a heat insulating material.

The condenser is directly fixed to the rear side of the integrallyformed molding on the outdoor side formed as a resin member. Theassembly dimensional accuracy can therefore be improved.

The bulk head also serves as a mount device. Therefore the number ofparts is reduced, the installation accuracy can be improved and theinstallation can be simplified.

The main body can be installed with accuracy in the desired condition bymeans of ribs of the molding on the outdoor side.

Because the main body parts and screws are mounted from the indoor sidealone, assembly automation, labor saving and an improvement in qualitycan be achieved.

BRIEF DESCRIPTION OF DRAWINGS

FIG. 1 is a front perspective view of a conventional integrated type airconditioner;

FIG. 2 is a rear perspective view of the identical integrated type airconditioner;

FIGS. 3 and 4 are perspective views showing the interior of theidentical integrated type air conditioner;

FIG. 5 is a perspective view of an outer casing of the identicalintegrated type air conditioner;

FIG. 6 is a front perspective view of an integrated type air conditionerin accordance with an embodiment of the present invention;

FIG. 7 is a rear perspective view of the identical integrated type airconditioner;

FIG. 8 is a longitudinal sectional view of this integrated type airconditioner;

FIG. 9 is a transverse sectional view of the identical integrated typeair conditioner;

FIG. 10 is an exploded perspective view of the identical integrated typeair conditioner;

FIG. 11 is a perspective view of an indoor grill of the identicalintegrated type air conditioner;

FIG. 12 is a perspective view of a bulk head of the identical integratedtype air conditioner;

FIG. 13 is a perspective view of an air guider of the identicalintegrated type air conditioner;

FIG. 14 is a perspective view of the air guider of the identicalintegrated type air conditioner;

FIG. 15 is a perspective view of a mount device of the identicalintegrated type air conditioner;

FIG. 16 is a half sectional view of the mount device of the identicalintegrated type air conditioner;

FIGS. 17(a) and 17(b) are perspective views of air flow directionchanging blades of the identical integrated type air conditioner;

FIG. 18 is a perspective view of an essential portion (portion F) of abase frame of the identical integrated type air conditioner;

FIG. 19 is a cross-sectional view of a base frame louver of theidentical integrated type air conditioner;

FIG. 20 is a perspective view of a rib of an essential portion of thebase frame of the identical integrated type air conditioner;

FIGS. 21(a) and 21(b) are a cross-sectional views of assembly ofessential portions of the identical integrated type air conditioner;

FIGS. 22(a) through 22(c) are diagrams of attachment of a compressor ofthe identical integrated type air conditioner;

FIG. 23 is a cross-sectional view of attachment of the indoor grill ofthe identical integrated type air conditioner;

and FIG. 24 is a half sectional view showing the mounted state of theindoor grill of the identical integrated type air conditioner.

BEST MODE FOR CARRYING OUT THE INVENTION

An embodiment of the present invention will be described below withreference to the accompanying drawings. The overall structure of anintegrated type air conditioner will be described first. Referring toFIGS. 6 to 24, a main body 1 of the integrated type air conditioner iscomposed of an indoor grill 5, a base frame 3, a bulk head 4, an indoorair circuit A, and an outdoor air circuit B. The indoor grill 2 isdetachably attached to the bulk head 4 and the base frame 3 from thefront side of the main body 1. The indoor grill 2 has an intake opening5. The base frame 3 is formed of resin and is provided with an outercasing portion 6 with which the outdoor air circuit B is covered, and abase plate portion 7 partially inserted in the indoor grill 2. At theexternal sides of the outer casing 6, there are provided a louver 8continuously extending from a left side face to a right side face via arear face and also serving as a reinforcement for the outer casing 6, anintake louver 9 vertically extending on the top face of the main bodyand serving as a reinforcement for the outer casing 6 as well, a railportion 10 to which a mount device 65 is attached on the indoor side(front side) of the intake louver 9, and a corrugated portion 11 whichlimits the movement of the mount device 65 in the widthwise direction ofthe main body 1. An intake section constituted by the louver 8 isindicated at 14 and a blowing section is indicated at 15. The louver 8has a wedge shape increased in thickness toward the interior of theassembled unit and having a round extreme end. Inside the outer casing 6are provided vertical ribs 16 which reinforce the louver 8 of theblowing section 15 and which project toward the indoor side, bosses 18,19 for fixing on the base frame 3 the condenser 17 constituting arefrigerating cycle which is know per se, bosses 20 for fixing two endsof the bulk head 4 forming a partition between the indoor and outdoorsides, a boss 21 for fixing a central portion of the bulk head 4, andribs 24 and 25 for preventing noise due to contact between end plates 22and 23 of the condenser 17 and the outer casing 3, which ribs arearranged to contact upper and lower ends of the end plates 22 and 23. Adescription will now be given of the base plate portion 7 partiallyinserted in the indoor grill 2. On a base plate portion 7A inserted inthe indoor grill 2, a rib 26 higher than the lower end of the louver 8is formed through a whole peripheral region and is connected to theouter casing 6. Holes 34 for fixing, with screws, the evaporator 33constituting the well-known refrigerating cycle are formed on the frontside of the rib 26.

Inside the base plate portion 7 are provided a pair of bolts 29 forfixing through rubber mounts 28 the compressor 27 constituting thewell-known refrigerating cycle, circular ribs 30 for supportingcircumferential portions of the rubber mounts 28, a rib 31 forpositioning a lower portion of the bulk head 4 on the base plate portion7, U-like grooves 32 for fixing the bulk head 4 on the base plateportion 7 through the rib 31, and a splash guard portion 66. On thebottom surface of the base plate portion 7 are provided a rail portion12 to which the mount device 65 is attached, and a rib (not shown) forreinforcing the base plate portion 7. The rail portion 12 is constitutedby a rib 12A on the indoor side, a rib 12B on the outdoor side, and arib 12C which limits the movement of the mount device 65 in the verticaldirection (in the direction of height). A corrugated portion 13 whichlimits the movement of the mount device 65 in the widthwise direction ofthe main body 1 is provided inside of the rib 12B. The rib 12C is formedso as to have a gap C and to be thereby prevented from being broughtinto direct contact with the floor surface when the main body 1 ismounted or placed on the floor. The rib 12C is connected to the ribs 12Aand 12B.

The outdoor air circuit B is constituted by a propeller fan 70 whichfaces the blowing section 15, which supplies air to the condenser 17 torelease the heat of the condenser 17 and which has a slinger ring fordispersing water on the base plate 7, a fan motor 71 fixed to the bulkhead 4 with screws and serving to drive the propeller fan 70, an airguider 35, a lead wire cover 36 for covering lead wires of the fan motor71, the compressor 27, a piping and other components. A description willbe given below of the splash guard portion 66 provided inside the baseplate portion 7. The splash guard portion 66 is constituted by a flatsurface portion 67 projecting from the base plate portion 7 below thepropeller fan 70, an inclined surface 68 (hereinafter referred to as aslant surface) for positioning the lower end of the air guider 35, and arib 69 projecting from the flat surface portion 67 at an indoor sideperipheral position on the same and on the inlet side of the propellerfan 70 with respect to the direction of rotation thereof. A descriptionwill next be given of the bulk head 4 (FIG. 7). The bulk head 4 isformed of a sheet metal, which is constituted by holes 37 for attachmentof the fan motor 71, a drawn portion 38 for accommodating the compressor27, a drawn portion 39 for accommodating the lead wires of the fan motor71, a hole 41 for leading the lead wires of the fan motor 71 and thecompressor 27 to a power supply board 40 on the indoor side, holes 42for fixation on the base frame 3 with screws, opposite end portions 43bent to the outdoor side, attachment holes 44 for fixing the mountdevice 65, a portion 45 bent to the indoor side, grooves 48 forengagement with claws 47 of a blowing grill 46, a bent portion 49 forsetting on the base frame portion 7, holes and grooves (both not shown)for fixing the power supply board 4, opposite end bent portions 72 whichlimit the movement of the mount device 65 in the vertical direction(direction of height), a mount portion 73 which protrudes upward beyondthe base frame 3 when the main body assembly is completed and whichoverlaps a sash at the time of installation, a section 74 foraccommodating a base portion 27A of the compressor 27, and cuts 78 and abent portion 79 for engagement with the indoor grill 2. Other drawnportions necessary for avoiding resonance with the fan motor 71 anddeficiency of strength are provided.

The air guider 35 (FIG. 13) has a condenser cover 50 with which theupper end of the condenser 17 is covered for the purpose of providing anairtight property for air supply and preventing dispersion of waterdroplets, an orifice 51 elongated in the vertical direction, bentsemicircularly from the bulk head 4 toward the condenser 17, partiallybent upward only at a lower position, having a center higher than thecenter of the propeller fan 70, and holes 75 and 76 for fixation on thebase frame 3 through the bosses 18 and 19 along with the condenser 17.

The indoor air circuit A is constituted by the evaporator 33 disposed soas to face the indoor grill 2 and the intake opening 5 of the indoorgrill 2 and to have its lower end engaged with the base plate portion 7,an air filter 52 between the evaporator 33 and the intake opening 5, ascirocco air guider 54 formed of a heating insulating cellular material,serving to supply condensate produced by the evaporator 33 to theoutdoor air circuit B and also serving as an air guider for a sciroccofan 53 attached to the fan motor 71 to supply air to the evaporator 33,the blowing grill 46, an operation panel 55, an air intake opening 63for the scirocco fan 53, a top surface cover 56 for the evaporator 33,engagement pieces 57 for fixing upper ends of end plates of theevaporator 33, grooves 59 for fixing a thermocapillary 58, cuts 60 forsupplying air in the vicinity of the thermocapillary 58 to the sciroccofan 53, the claws 47 which engage with the bulk head 4, the blowinggrill 46 which also serves as an indoor rail 77 for guiding the airfilter 52, change blades 61 for changing the air blown through theblowing grill 46, the power supply board 40 in which electrical partsare mounted, a sound insulation plate 62 with which the compressor 27protruding on the indoor side beyond the bulk head is covered, a pipingand other components.

A description will now be given of the indoor grill 2. The indoor grill2 (FIG. 14) is provided with the intake opening 5 on the front side,left and right claws 80 which are formed at its upper end to engage withthe cuts 78 of the bulk head 4, claws 81 which engage with the bentportion 79 of the bulk head 4, an opening 82 in which the blowing grill46 is inserted, and holes 83 for fixation on the base plate portion 7 ofthe base frame 3 with screws. The upper end of the intake opening 5 ispositioned (in the direction of height) so as to be located higher thanthe evaporator 33 and generally in front of the thermocapillary 58.

Then a description will be given of the change blades 61 (FIG. 17). Thechange blades 61 are rotatably (changeably) attached to the blowinggrill 46. Each plate 61 is composed of a pair of blades 61A and a blade61B. The pair of blades 61A are integrally formed while being connectedby a PP resin connection member 61A having a hinge effect so as to berotatable (changeable) on the connection portion 61A. The change blade61B is hung on a groove 61D of the connection member 61C so as to berotatable together with the change blades 61A.

Next, a description will be given of the mount device 65. The mountdevice 65 (FIG. 15) is constituted by a mount frame 84 and bellows 85expandable in the widthwise direction of the main body 1. A catchportion 86 of the bellows 85 engages with projections 87 of the mountframe 84. The mount frame (FIGS. 15 and 16) is composed of a sashreceiving portion 88 on which the sash is placed, a U-like portion 89inserted into the above-mentioned rail portion 10 of the base frame 3,another U-like portion 90 inserted into the above-mentioned rail portion12 of the base plate portion 7, and a rib 91 inserted below the bentportion 72 of the bulk head 4. The U-like portions 89 and 90 areprovided with projection portions 93 and 94 which make contact with thecorrugated portions 11 and 13 of the base frame 3 to limit the movementof the mount device 65 in the widthwise direction. The assembly processwill now be described below. First, the condenser 17 to which a piping(not shown) is attached is inserted into the base frame 3 from theindoor side. Then the lower end of the air guider 35 is obliquelyinserted along the slant surface 67 over the splash guard portion 66,and the condenser 17 and the air guider 35 are fastened together to thebase frame 3 with screws 95. At this time, the relationship between thesizes of the bosses 18 and 19, the condenser 17 and the ribs 24 and 25is such that the base frame 3 is deformed as shown in FIG. 21.

Next, the intake pipe and the rubber mounts 28 are attached to thecompressor 28, and the compressor 28 is inserted from the indoor side tobe mounted as shown in FIG. 25, and is fixed on the base plate portion 7with two bolts 64 through the rubber mounts 28. Then brazing of thepiping (not shown) and wiring of the compressor 27 are performed. Next,the fan motor 71 is attached to the bulk head 4 with screws, the leadwire cover 36 is fixed over the lead wires of the fan motor 71, the leadwires are led along the drawn portion 39 and further led to the indoorside through the hole 41, the propeller fan 70 is attached to the fanmotor 71, and the propeller fan 70 and the fan motor 71 are set from theindoor side by being moved over the rib 31 and are fixed on the outercasing 6 and the base plate portion 7 with screws 96. At this time, thewiring of the compressor 27 is led to the indoor side through the hole41. Then the sound insulating plate 62 is attached to the bulk head 4,the scirocco air guider 54 is set on the base plate portion 7 from theindoor side, and the scirocco fan 53 is attached to the fan motor 71.

Next, the evaporator 53 is fixed to the rib 27 of the base plate portion7, the blowing grill 46 is inserted, and the claws 57 are brought intoengagement with the two end plates of the evaporator 33, while the claws47 are brought into engagement with cuts 48 of the bulk head 4 The powersupply board 40 is then fixed on the bulk head 4, and thethermocapillary 58 is led over the evaporator 33 along the grooves 47.Thereafter the front grill 46 is fitted thereonto from the front side.The blowing grill 46 is inserted into the opening 82 of the front grill2, is brought into engagement with the bulk head 4 by means of the claws80 and 81 and is fixed on the base plate portion 7 with screws 97, andthe air filter 52 is inserted, thereby the front grill 2 covers the bulkhead 4 and the base frame 3. A groove 98 is defined around (on theperiphery of) the blowing grill 46 by the blowing grill 46 and theindoor grill 22.

A description will next be given of installation. First, the mount base65 is inserted into the rail portions 10 and 12 of the base frame 3, andthe bellows 85 is fixed by screwing into the holes 44 of the bulk head4. Since at this time the projections 93 and 94 of the mount frame 84are brought into contact with the corrugated portions 11 and 13, themount device 64 can be fixed at a position freely selected. The mainbody 1 is thereafter mounted. First, the main body 1 is placed on awindow frame base 99 so that the rib 12A of the base frame 3 extendsalong a vertical surface 100 of the window frame base 99. Thereafter asash 101 is moved downward onto the sash receiving portion 88 of themount device 65 along the rib 91 of the mount device 65. The main body 1is thereby placed in the window.

Next, the mount device 65 is shifted in the widthwise direction of themain body 1 for adjustment in accordance with the horizontal width ofthe window, and the mount device 65 is fixed to the sash 101 withscrews, thereby completing the installation. At this time, therelationship between the rib 91 of the mount device 65 and the rib 12Aof the base frame 3 in the direction of the depth is such that a surface102 of the rib 81 on the outdoor side is flush with a surface 103 of therib 12A on the outdoor side or that the surface 103 of the rib 12A onthe indoor side is off to the outdoor side. Because the installed stateis as shown in FIG. 9, the compressor 27 is in a state of beingsupported on the window frame base 99.

Flows of air and water will be described below. With respect to a flowof air on the indoor side, indoor air is drawn in through the intakeopening 5 of the front grill 2 as indicated by the arrow D by thescirocco fan 53, supplied through the air filter 52 and the intakeopening 63, cooled by the evaporator 33, and blown out to the indoorside via the scirocco air guider 54 and the blowing grill 46. Withrespect to a flow of air on the outdoor side, outdoor air is drawn inthrough the intake louver 9 of the base frame 3 and the intake section14 as indicated by the arrow E by the propeller fan 70, supplied throughthe air guider 35, heated up by the condenser 17 and blown out to theoutside of the room. The formation of such an air circuit (air flow) onthe outdoor side enables the air heated up by the condenser 17 to beimmediately blown out to the outside of the room, so that a materialhaving a low heat resisting temperature can be used for the base frame3, and that the heat leakage to the indoor side can be reduced.

With respect to a flow of water, the condensate condensed by thecondenser 33 is led to the outdoor side by the scirocco air guide 54, iscollected on the base plate portion 7 of the base frame 3 and issprinkled on the condenser 17 by the slinger ring provided on thepropeller fan 70. At this time, the splash guard portion 66 prevents thecondensate ruffled by the pressure of air from the propeller fan 70 frombeing splashed by the propeller fan 70. In the above-describedarrangement, the fundamental structural parts are the indoor grill 2,the base frame 3, which are formed of resin, and the bulk head 4 formedof a sheet metal. Therefore the number of parts is reduced and thedimensional accuracy of the assembly can be improved. Because the baseplate portion 7 of the base frame 3 is inserted into the indoor grill 2,the condensate can be positively led to the outdoor side, and there isno need for a heat insulating material and the like for processing thecondensate. It is possible to improve the dimensional attachmentprecision, because the condenser 17 is fixed directly to the base frame3. The number of parts of the mount device is small and the main body 1can be installed, because a part of the bulk head 4 is used as a mountdevice.

The main body 1 also can easily be installed in the desired condition,because the rib 91 of the mount device 65 and the rib 12A of the baseframe 3 are maintained in the positional relationship as shown in FIG.24. Moreover, it is possible to automate the assembly because thecomponent parts and screws of the main body are attached from the indoorside.

INDUSTRIAL APPLICABILITY

In the structure of the present invention, as described above in detail,fundamental component parts including a base plate and an outer casingare integrally formed as resin moldings on the indoor side and theoutdoor side, and a bulk head formed of a sheet metal is provided at theboundary between the indoor side and the outdoor side, so that thenumber of fundamental parts is small and that an improvement in qualitycan be achieved.

Further, the base plate and the outer casing are integrally formed asresin moldings on the indoor side and the outdoor side, a portion of theintegrally formed molding on the outdoor side is extended to the indoorside, and a bulk head formed of a sheet metal is provided at theboundary between the indoor side and the outdoor side, thereby enablingthe condensate to be positively led to the outdoor side and eliminatingthe need for a heat insulating material and the like for processing thecondensate.

Further, the base plate and the outer casing are integrally formed asresin moldings on the indoor side and the outdoor side, screw bosses areprovided on the rear side of the integrally formed molding on theoutdoor side generally at the center thereof and at the positions wherethe two side end plates of the condenser are located, and screwattachment holes are formed in the two side end plates of the condenser,thereby fixing the condenser directly to the integrally formed part onthe outdoor side (base frame). The number of parts can thereby bereduced and improvements in attachment dimensional accuracy and qualitycan be achieved.

Further the base plate and the outer casing are integrally formed asresin moldings on the indoor side and the outdoor side, a bulk headformed of a sheet metal and having and upper end protruding beyond theintegrally formed molding on the outdoor side is provided at theboundary between the indoor side and the outdoor side to be used as amount device, thereby enabling a reduction in the number of parts andsecure installation.

Further, according to the present invention, the base plate and theouter casing are integrally formed as resin moldings on the indoor sideand the outdoor side, ribs which define grooves into which a mountdevice is inserted are provided on the top and bottom surfaces of theintegrally formed molding on the outdoor side, and these ribs arebrought into contact with window members at the time of installation,thereby enabling the main body to be installed in the desired condition.

Further, according to the present invention, all the parts and screwscan be attached and fastened from the indoor side, so that assemblyautomation, labor saving and an improvement in quality can be achieved.

What is claimed is:
 1. An integrated type air conditioner having anindoor side and an outdoor side and including a compressor, a condenser,an evaporator and other components, said air conditioner furthercomprising an outdoor side resin molding in which an outdoor base plateand an outer casing are integrally incorporated with one another andwhich has an opening part on an indoor side thereof; an indoor sideresin molding in which an indoor base plate and an outer casing areintegrally incorporated with each other and which has an opening part onthe outdoor side; and a partition plate formed of sheet metal and fixedto said opening part of the outdoor side molding and the opening part ofthe indoor side molding at a plurality of positions therearound, wherebysaid outdoor side molding and said indoor side molding are completelysupported by said partition plate.
 2. An integrated type air conditioneraccording to claim 1, wherein the outdoor side base plate extends intothe indoor side.
 3. An integrated type air conditioner according toclaim 1, wherein said condenser has two side plates which are attachedat heightwise centers thereof to said outdoor said resin moldingdirectly by means of screws.
 4. An integrated type air conditioneraccording to claim 1, wherein said partition plate defines a boundarybetween the indoor side and the outdoor side and is projected upwardlyfrom the outdoor side resin molding.
 5. An integrated type airconditioner according to claim 1, wherein said outdoor side resinmolding has top and bottom surface parts formed therein with groovesthrough which a mount means is inserted to mount the air conditioner toa window frame and also include ribs found thereon which are adapted tomake contact with the window frame.
 6. An integrated type airconditioner according to claim 2, wherein said indoor side resin moldingincludes an indoor side grille, and components other than thosebelonging to said indoor side grille are attached to said outdoor baseplate.
 7. An integrated type air conditioner according to claim 6,wherein each of said components attached to said outdoor base plate,except those attached to a part thereof which extends into said indoorside, is formed therein with attaching screw holes which are directedtoward said indoor side.